|
2452 |
Resource and Risk Evaluation of two Coal Seams at Kriel Colliery |
Mr. Luan Nel |
T16.12 - Mineral Economics for Geologists |
 2452.pdf |
|
841 |
Application of geospatial technologies in Lineament analysis for mineral prognostication- A Case Study-- Ramagiri schist belt and surrounding areas of Eastern Dharwar Craton |
Mrs. Gauri Motghare |
T16.12 - Mineral Economics for Geologists |
841.pdf |
|
1518 |
Russian mineral base of gold: Current situation and future views |
Dr. Anatoly Ivanov |
T16.12 - Mineral Economics for Geologists |
1518.pdf |
|
4590 |
REAL OPTIONS TO VALUE A MINING PROJECT UNDER 2 UNCERTAINTIES: A QUANTITATIVE MODEL FOR REVENUE SHARE AND MINING FISCALITY. |
Dr. Abdoul Aziz NDiaye |
T16.12 - Mineral Economics for Geologists |
4590.pdf |
|
5557 |
GRIFFITS AWARD: From constant sum constraint to association of compositional variables |
Dr. Juan Jose Egozcue |
T16.2 - IAMG Plenary Session |
5557.pdf |
|
5570 |
KRUMBEIN LECTURE: The stochastic modelling and simulation of fractures in rock masses |
Prof. Peter Dowd |
T16.2 - IAMG Plenary Session |
5570.pdf |
|
4813 |
Creaming and the likelihood of discovering additional giant petroleum fields |
Prof. Richard Sinding-Larsen
Prof Richard Sinding-Larsen |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
4813.pdf |
|
5322 |
Using Simulation to Quantify Uncertainty in Ultimate Pit Limits and Inform Infrastructure Placement |
Mr. Mhlonipheki Brilliance Mabhena |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
5322.pdf |
|
5144 |
What are Mathematical Geosciences? Are Mathematical Geoscientists at the Earth Science Frontiers? |
Prof. Qiuming Cheng |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
5144.pdf |
|
3415 |
A review of current Quality Assurance and Quality Control (QAQC) practices in the mining industry |
Mr. Mark Burnett |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
3415.pdf |
|
5518 |
Grade Control Efficiencies using XRF and Spectral Techniques in gold deposits |
N.H.S Oliver |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
5518.pdf |
|
4869 |
Sequential Gaussian Simulation in the Gangjiang Copper-polymetallic Deposit of Nimu, Tibet, China |
Prof. JIANGUO CHEN |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
4869.pdf |
|
817 |
Integrated cause-effect analysis of geological and geophysical maps in mineral resource assessment |
Dr. susanna Sirotinskaya |
T16.6 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
817.pdf |
|
705 |
Identification and visualization of anomalous areas by using the cause-effect analysis of spatial data |
Dr. susanna Sirotinskaya |
T16.7 - Geostatistics for Geological Resources Modeling |
705.pdf |
|
212 |
Modelling long-term transportation of ore-sourced geochemical elements in the vertical profile of the loess cover |
Prof. DEYI XU |
T16.7 - Geostatistics for Geological Resources Modeling |
212.pdf |
|
4650 |
Practical Application of Gy Sampling Theory in Mining: An Example from Mogalakwena Open Pit Pt Mine |
Mr. Trust Muzondo |
T16.7 - Geostatistics for Geological Resources Modeling |
4650.pdf |
|
2999 |
Multiple Reef packages and its impact on estimation techniques applications |
Mr. Leon Tolmay |
T16.7 - Geostatistics for Geological Resources Modeling |
2999.pdf |
|
4445 |
Optimal sampling for variogram estimation in order to determine sample line spacing for a Marine Diamond deposit . |
Prof. Christien Thiart |
T16.7 - Geostatistics for Geological Resources Modeling |
4445.pdf |
|
812 |
High dimensional data visualization helps data mining from well log data |
Dr. Shaoqun Dong |
T16.7 - Geostatistics for Geological Resources Modeling |
812.pdf |
|
2695 |
Dealing with outliers within the Kriging Framework |
Mr. Leon Tolmay |
T16.7 - Geostatistics for Geological Resources Modeling |
2695.pdf |
|
251 |
Drilling strategies when evaluating the Merensky and UG2 Reefs |
Mr. Dave Young |
T16.7 - Geostatistics for Geological Resources Modeling |
|
|
780 |
The ore body model and reserves estimation of the Tiegelongnan deposit ,northern Tibet |
Dr. Yong Song |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
780.pdf |
|
1122 |
Characterization of primary geochemical haloes associated with Sn-Zn mineralization at the Dulong deposit, China |
Dr. Zhao Jiangnan |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
1122.pdf |
|
921 |
A favourable topographical characteristics for locating Fe deposits in Fujian Province of China |
Prof. Renguang Zuo |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
921.pdf |
|
4223 |
Constructing 3D Geological model with modified multiple-point statistics algorithm |
Dr. Weisheng Hou |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
4223.pdf |
|
4489 |
Resource identification and commercial evaluation of Dimension stone Granite deposits of Pudukottai district, Tamil Nadu, India |
Dr. Jayabalan Kaliyaperumal |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
4489.pdf |
|
3551 |
Finding the Optimal Dynamic Anisotropy Resolution for Grade Estimation Improvement at Driefontein Gold Mine, South Africa |
Ms. Senzeni Mandava |
T16.8 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
3551.pdf |
|
1437 |
Latent endmember identification by means of Gaussian anamorphosis |
Dr. Raimon Tolosana-Delgado |
T16.9 - Statistical analysis of compositional data. Theory and applications to Earth Sciences |
1437.pdf |
|
1341 |
Surface Roughness and Micromorphology of Carbonates Dissolved in Three Different Acids by Multifractal Analysis |
Mr. Mohai Zhang |
T16.9 - Statistical analysis of compositional data. Theory and applications to Earth Sciences |
1341.pdf |
|
1055 |
Mapping gold pathfinder metal ratios – A methodological approach based on compositional analysis of spatially distributed multivariate data |
Dr. Luis Braga |
T16.9 - Statistical analysis of compositional data. Theory and applications to Earth Sciences |
1055.pdf |
|
1923 |
Spatial hazard assessment using simplicial indicator kriging |
Dr. JJ Egozcue |
T16.9 - Statistical analysis of compositional data. Theory and applications to Earth Sciences |
1923.pdf |
|
1449 |
Interpretable principal balances for compositional data in geochemistry |
Dr. Josep-Antoni Martin-Fernandez |
T16.9 - Statistical analysis of compositional data. Theory and applications to Earth Sciences |
1449.pdf |
|
3753 |
Prediction Theory and Technique of China National Mineral Resource Potentiality |
Dr. Shuwen Xing |
T16.P3 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
3753.pdf |
|
2877 |
The statistical distribution pattern of zinc concentrations at Belousovskoye deposit (Rudny Altai) |
Katerina Petrich |
T16.P3 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
2877.pdf |
|
2170 |
Three-dimensional modeling of Fracture-cavity reservoirs |
Dr. Jiagen Hou |
T16.P3 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
2170.pdf |
|
3606 |
Geostatistical Modelling of Log-derived Petrophysical Data for Quantifying Uncertainties in “AMESERE” Field, Niger Delta. |
Mr. Abayomi Osotuyi |
T16.P3 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
3606.pdf |
|
4622 |
Assessment of Mineral Resources Potential by combining Monte Carlo and Weights of Evidence Models |
Dr. Luping Pu |
T16.P3 - Mineral Resources Evaluation, Geostatistics and Mathematical Geoscience |
4622.pdf |
|
1507 |
Carbonate alteration as identified by staining as a vector to orogenic gold mineralization |
Dr. Johannes Henckel |
T17.1 - Mineral deposit footprints |
1507.pdf |
|
230 |
Implications of New Geophysical and Lead Isotopic Data on Localization of Giant Zinc Sulphide Body at Agucha in Western India |
Dr. PRAKASH RAMCHAND GOLANI |
T17.1 - Mineral deposit footprints |
230.pdf |
|
433 |
Fluid inclusion microthermometry and sulphur isotopic studies of the base metal mineralization in Minjhari area, Western Bastar Craton, India |
Dr. Velayutham Kumaravel |
T17.1 - Mineral deposit footprints |
433.pdf |
|
3478 |
The importance of Dwyka Group glaciation with regards to alluvial diamond transportation, concentration and entrapment in South Africa. |
Mr. Pieter Bosch |
T17.1 - Mineral deposit footprints |
3478.pdf |
|
5179 |
Brownfield Exploration as a Strategic Initiative to Reviving Non-Operational Mines in the Central Rand |
Mr. Manie Swart |
T17.1 - Mineral deposit footprints |
5179.pdf |
|
4897 |
On the structure of Fennoscandian AR-PT High Conductive Suture Zones on the Example of Ladoga-Bothnian Anomaly |
Dr Abdulkhai Zhamaletdinov |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
4897.pdf |
|
3379 |
The Largest in the World Conductive Zones as Indicators of the Earth’s Crust Structure and Evolution. |
Dr. Abdulkhai Zhamaletdinov |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
3379.pdf |
|
3100 |
Structural control on supergene nickel deposits explored by heliborne electromagnetic surveys in New Caledonia |
Ms. Marion Iseppi |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
3100.pdf |
|
1060 |
Geodynamic Model of the Earth Crust Structure from the Control Source Electromagnetic Soundings CSEMS and the Super Deep Drilling Data |
Dr. Abdulkhai Zhamaletdinov |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
1060.pdf |
|
73 |
Seismic beam-forming method with Cosine amplitude distribution |
Prof. Tao Jiang |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
73.pdf |
|
1411 |
Using geophysical data to create a 3D conceptual geological model for the Maremane Dome, Northern Cape, South Africa |
Mr. Adam Wooldridge |
T17.10 - Geoelectrics (geoelectromagnetic methods) for geotectonics |
1411.pdf |
|
1774 |
Quantifying structural control on ore deposition using anisotropy of magnetic susceptibility (AMS): Case studies from the Cloncurry IOCG/ Sedex province. |
Dr. James Austin |
T17.11 - Quantitative geoscience data analysis for mineral exploration targeting |
1774.pdf |
|
1857 |
Mathematical assumptions of prospectivity modelling with special emphasis on joint conditional independence |
Mr. Helmut Schaeben |
T17.11 - Quantitative geoscience data analysis for mineral exploration targeting |
1857.pdf |
35th International Geological Congress Symposia